MPhys Hons in Physics

4 Years On Campus Bachelors Program

University of York

Program Overview

York’s MPhys Physics is designed for students who want to explore the fundamental forces of the universe while preparing for careers in research or industry. You’ll study advanced topics such as quantum mechanics, nuclear physics, nanomaterials, and lasers, while developing practical laboratory skills and computational expertise.

Curriculum Structure

Year 1
Your first year consolidates core knowledge and introduces you to experimental practice. You’ll study Classical Mechanics and Laboratories, Electromagnetism and Relativity, and Classical and Quantum Waves, alongside Mathematical, Computational and Professional Skills. Option modules such as Mapping the Universe and Laboratories or Theoretical Skills and Laboratories allow you to begin tailoring your studies.

Year 2
In the second year, you’ll deepen your understanding of physical laws and processes. Core modules include Thermodynamics and Electromagnetism, Statistical and Solid State Physics, and Quantum, Atomic, Nuclear and Particle Physics. You’ll also complete Advanced Mechanics, Physics Laboratories and Skills, with options such as Mathematical Techniques and Machine Learning or Astrophysical Technologies and Space Science.

Year 3
Year three introduces advanced concepts and offers flexibility through option modules. You’ll complete the Advanced Experimental Laboratory and choose from modules such as Plasma Physics and Fusion, Relativity and Cosmology, Medical Physics, Stars and Galaxies, or Quantum Science and Technologies. This year prepares you for your independent research project.

Year 4
Your final year focuses on research and specialisation. The MPhys Research Project and Skills module allows you to conduct original investigations under academic supervision. Recent projects have included laser spectroscopy of exotic nuclei, construction of advanced microscopes, and strain control of magnonic crystals. Alongside this, you’ll select advanced modules such as Scientific Supercomputing, Advanced Quantum Mechanics, Cosmic Horizons, or Advanced Plasma Physics for Fusion and Applications.

Focus Areas

Quantum mechanics, nuclear physics, condensed matter, astrophysics, plasma physics, computational modelling.

Learning Outcomes

Graduates will be able to apply advanced physics and computational techniques to complex problems, conduct independent research, and communicate scientific ideas effectively.

Professional Alignment (Accreditation)

The program is accredited by the Institute of Physics (IoP), supporting graduates on the path to Chartered Physicist (CPhys) status.

Reputation (Employability Rankings)

2nd in the Russell Group for Learning Resources in Physics (National Student Survey 2024)
5th in the UK for departmental research environment (Times Higher Education REF 2021)
York is one of only four UK universities rated Gold for teaching and top 10 for research (REF 2021).

Experiential Learning (Research, Projects, Internships etc.)

York’s MPhys Physics program is built around doing physics, not just learning it. From your first year, you’ll be immersed in laboratory experiments, computational modelling, and research-led teaching. By your final year, you’ll be designing and carrying out original research projects, working alongside world-class physicists and using specialist facilities such as the Astrocampus Observatory and the York Plasma Institute.

Here’s how experiential learning is embedded into your degree:

Modern Physics Teaching Laboratories: Equipped for experiments in rotational motion, plasma generation, microwave physics, magnetic fields, gamma ray detection, X-ray diffraction, and muon studies.
Astrocampus Observatory: On-campus observatory where you’ll gain practical experience in observational astronomy, working with telescopes and detectors to study celestial phenomena.
Computational Laboratories: Dedicated spaces for coding, simulations, and data analysis, supporting modules like Mathematical, Computational and Professional Skills and Scientific Supercomputing.
Group Projects and Collaboration: Laboratory modules in Years 1–3 are designed around teamwork, helping you develop communication and problem-solving skills alongside technical expertise.
MPhys Research Project (Year 4): Independent research under academic supervision, with past projects including laser spectroscopy of exotic nuclei, construction of advanced microscopes, and strain control of magnonic crystals. Students present findings at an end-of-year conference.
York Plasma Institute: Access to one of the UK’s leading centres for plasma physics, linking your studies with cutting-edge research in fusion and space science.
Masterclass Research Placements: High-achieving students are guaranteed a research placement after Year 1, offering early exposure to advanced projects.
University Library and Digital Resources: Extensive collections and online databases support your research, alongside IT services that provide access to specialist physics software.

This combination of laboratory training, computational practice, group projects, and independent research ensures York graduates are not only academically accomplished but also experienced practitioners ready for careers in physics, research, and industry.

Progression & Future Opportunities

Graduates of York’s MPhys Physics are highly sought after for their analytical skills, research expertise, and practical experience. Many progress into roles such as research scientist, aerospace engineer, data analyst, or software developer, while others enter industries like finance, technology, and education. The program’s strong research foundation and accreditation ensure you’re prepared for both academic and professional success:

University Careers and Placements Service: York’s Careers and Placements team provides tailored support, including CV workshops, employer networking events, and exclusive access to internships and graduate schemes.
Employment Stats & Salary Figures: According to York’s official graduate outcomes, 93% of Physics graduates are employed or in further study within 15 months of graduation, with typical starting salaries ranging from £25,000–£30,000 depending on sector.
University–Industry Partnerships: The program benefits from York’s collaborations with organisations such as the York Plasma Institute, the White Rose Industrial Physics Academy (WRIPA), and industry partners in aerospace, computing, and research.
Long-Term Accreditation Value: Accredited by the Institute of Physics (IoP), the degree supports progression to Chartered Physicist (CPhys) status — a globally recognised professional qualification.
Graduation Outcomes: Alumni have gone on to careers in astrophysics research, aerospace engineering, computing, and finance, while others have pursued doctoral studies contributing to discoveries in cosmology, plasma physics, and quantum technologies.

Further Academic Progression:
After completing the MPhys Physics, students can continue into PhD research in physics, astrophysics, or cosmology at York or other leading institutions worldwide. The program’s strong research foundation also supports progression into interdisciplinary doctoral studies such as computational physics, quantum technologies, or data science, ensuring graduates remain at the forefront of scientific innovation.